JP2005309532A - Entrance management system, electronic ticket preparation device, electronic ticket, entrance management method, electronic ticket preparation method, and portable removable media - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To restore a damaged noncontact IC tag to its non-damaged state; to make inputting operation required at the time of entrance to an event hall unnecessary and improve the reliability and convenience of an entrance management system. <P>SOLUTION: A user 1 inserts a USB memory 40, in which an RFID tag, a noncontact tag, is incorporated, into a PC 10, and the insertion is recognized, and then connection to a dedicated site 3 is guided (Procedure [1]). The user 1 purchases a concert ticket on the dedicated site 3 (Procedure [2]), and the voucher is stored in the USB memory 40 (Procedure [3]). The purchaser information at the time of the purchase is transmitted to a hall terminal 20 in the event hall 2 from the dedicated server 30 of the dedicated site 3 (Procedure [4]). When the user 1 goes to the event hall 2 carrying the USB memory 40, entrance through a gate is allowed by collating the voucher stored in the USB memory 40 with the purchaser information transmitted to the hall terminal 20 (Procedure [5]). <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an entrance management system, an electronic ticket creation apparatus, an electronic ticket, an entrance management method, an electronic ticket creation method, and a portable removable medium using an electronic ticket made of a removable medium in which a non-contact IC tag is incorporated.

  Conventionally, tickets for tickets for various events such as concerts, movies, exhibitions, exhibitions, and tickets for vehicles such as trains, buses, airplanes, ships, etc. They made purchases by making reservations by phone or facsimile and mailing them. Recently, with the advancement of information and communication technology, it has become possible to operate and purchase ticketing terminals installed in convenience stores and the like.

On the other hand, a ticketing system that accepts a ticket application from a registered member through the Internet and issues a necessary ticket is also known (see, for example, Patent Document 1). At this time, a non-contact IC (Integrated Circuit) tag is affixed to the issued ticket, and the reservation content is read by the member ID recorded on the non-contact IC tag with a tag reader, and the ticket issuing company's DB (Data Base) is verified. Is managed by doing. There is also known a payment certification system that uses a mobile phone to access a ticket sales center for purchase and payment, and uses an IC card with a payment code set or enters a payment code to check admission ( For example, see Patent Document 2).
Japanese Patent Laying-Open No. 2003-223525 (paragraphs 0020 to 0024, FIG. 1) JP 2002-318984 A (paragraphs 0015 to 0017, FIG. 2)

According to the technique disclosed in Patent Document 1, it is possible to purchase a ticket without going to a ticket sales office, and it is possible to construct a highly convenient ticket sales system that is difficult to counterfeit. However, there is no disclosure about a recovery method when a non-contact IC tag is damaged and a reading error occurs.
Further, according to the technique disclosed in Patent Document 2, the check at the time of entrance to the venue is automated, and the mobile phone holder is allowed to enter. However, at the time of admission, it is necessary to input the payment code using an IC card or a mobile phone in which the payment code is recorded.

  The present invention has been made in view of the above circumstances, and enables recovery even when a non-contact IC tag is damaged, and eliminates the need for data input operations required when entering an event venue. An object is to provide means for improving the reliability and convenience of a management system.

  Among the present invention for solving the above problems, the invention according to claim 1 is an admission management system for managing admission to a user's venue using a removable media in which a non-contact IC tag is incorporated as an electronic ticket, The user's terminal detects the insertion of the removable media into the user's terminal and performs a procedure for purchasing an electronic ticket between the site connection inducing unit that connects to the predetermined site via the network and the predetermined site. A purchase procedure processing unit to perform, and the removable media includes a voucher storage unit that receives a voucher transmitted from a predetermined site after the accounting process associated with the purchase procedure is completed, and stores the received voucher, When the venue terminal is brought close to the tag reader connected to the venue terminal, the contactless IC tag of the removable media The voucher stored in the voucher storage unit and the purchaser information distributed from a predetermined site are collated, and an authentication unit is provided that permits entry to the venue when the collation matches. To do.

  The invention according to claim 2 is the admission management system, wherein the site connection instructing unit is rewritten according to the instruction contents of the application program stored in the non-rewritable area of the removable medium when the removable medium is inserted. The present invention is characterized in that data indicating the location of a predetermined site stored in the possible area is input, and the predetermined site is connected by the input data.

  The invention according to claim 3 is the admission management system, wherein the voucher storage unit corresponds to the memory identification information having the same content as the tag identification information recorded on the non-contact IC tag as the voucher, and corresponds to the personal information related to ticket purchase. It is characterized by being attached and stored.

  The invention according to claim 4 is an electronic ticket creation device for creating an electronic ticket made of a removable medium in which a non-contact IC tag is incorporated, and a memory identification information acquisition unit for acquiring memory identification information stored in the removable medium An identification information input / output unit that acquires tag identification information stored in the removable medium and outputs it together with the acquired memory identification information, and an identification information correspondence record that records the output memory identification information and tag identification information in association with each other And a section.

  The invention according to claim 5 is an electronic ticket made of removable media in which a non-contact IC tag is incorporated, and purchaser information necessary as an electronic ticket corresponds to a storage unit in which memory identification information of the removable media is stored. It is attached and recorded.

  The invention according to claim 6 is an admission management method in an admission management system for managing admission to a user's venue by using a removable medium incorporating a non-contact IC tag as an electronic ticket. A step of detecting that a removable medium has been inserted into the user's terminal and connecting to a predetermined site via a network; a step of the user terminal performing a procedure for purchasing an electronic ticket with the predetermined site; After the billing process associated with the purchase procedure is completed, a step of storing a voucher transmitted from a predetermined site, and a terminal of the venue, the contactless IC tag of the removable media is attached to the tag reader connected to the terminal of the venue Purchased vouchers and purchaser information distributed from a given site by being approached Perform collation, characterized in that it comprises the step of permitting the entrance to the venue when the authentication is successful.

  The invention according to claim 7 is an admission management method, wherein a user terminal connects to an admission procedure site for performing an admission procedure among predetermined sites, and the user terminal includes memory identification information of removable media. Is transmitted to the enrollment procedure site, the server at the predetermined site receives the memory identification information and stores it in the predetermined storage unit, and the server at the predetermined site is necessary for connecting to the predetermined site. Transmitting data to the user terminal, and the user terminal further receiving the data and storing the data in a storage unit of a removable medium.

  The invention according to claim 8 is an admission management method in an admission management system for managing admission to a user's venue using a removable medium in which a non-contact IC tag is incorporated, and the user's terminal invites participation. The step of connecting to the participation recruitment site, the step of the user terminal transmitting the memory identification information of the removable media to the participation recruitment site, and the server of the participation recruitment site receiving the memory identification information and storing it in a predetermined storage unit And a step of summing up and analyzing the memory identification information stored in the predetermined storage unit by the server of the participation recruitment site.

  The invention according to claim 9 is an admission management method, wherein a terminal at a venue of an event for which participation is invited receives tag identification information of a non-contact IC tag of removable media, and stores the tag identification information in a predetermined storage. The step of storing in the department, the terminal of the venue totals the tag identification information stored in the predetermined storage unit, the step of transmitting the totaled result to the server of the participation recruitment site, and the server of the participation recruitment site Receiving the result of totalizing the identification information, and comparing and analyzing the received result and the result of totalizing the memory identification information.

  The invention according to claim 10 is an electronic ticket creating method in an electronic ticket creating apparatus for creating an electronic ticket made of a removable medium in which a non-contact IC tag is incorporated, and the electronic ticket creating apparatus is stored in the removable medium A step of acquiring memory identification information; a step of acquiring tag identification information stored in a removable medium; and outputting the acquired memory identification information together with the acquired memory identification information; and a step of recording the output memory identification information and tag identification information in association with each other And executing.

  The invention according to claim 11 is the electronic ticket creation method, wherein the electronic ticket creation device further executes a step of recording the personal information relating to ticket purchase in association with the memory identification information stored in the removable medium. It is characterized by that.

  The invention according to claim 12 is a service application receiving apparatus that receives an application for providing a service specifying an application ID via a network and stores the received service in a database in association with the application ID. , A terminal with which a browser is incorporated and connected to a service application accepting device via a network, and an application ID is transmitted, and a tag identification ID written in an identification tag is read. A portable type used in a service providing system for receiving a service application and determining service availability by including a service provision availability judging device that judges whether or not service provision is possible based on the read tag identification ID Removable media that is connected to the terminal device and read on the terminal device. Rarely, a storage unit that stores predetermined data and a program for connecting the terminal device to the service application receiving device via a browser, and the terminal device is read into the service application receiving device when applying for a service. A storage unit that stores the transmitted application ID in a non-rewritable manner and an identification tag that is read by the service provision availability determination device and in which a tag identification ID having a predetermined relationship with the application ID is written. Features.

  The invention according to claim 13 is a portable removable medium, wherein the tag identification ID and the application ID are the same ID for the predetermined relationship.

  The invention according to claim 14 is a portable removable medium, and when the tag identification ID and the application ID are not the same for the predetermined relationship, the relationship between the tag identification ID and the application ID is a service It is managed by the providing system.

  The invention according to claim 15 is a portable removable medium, wherein the identification tag is a non-contact IC tag, a barcode or a two-dimensional code.

  According to the present invention, since the removable medium is used as a ticket, the ticket cannot be resold or copied. In addition, even if the non-contact IC tag is broken, it can be recovered. Furthermore, the trouble of inserting the IC card and inputting the code required when entering the event venue is not required, so that congestion at the time of entry can be eliminated. From the above, it is possible to improve the reliability and convenience of the entrance management system.

FIG. 1 is a diagram showing a business model that implements an admission management method according to an embodiment of the present invention and a user who uses the business model.
In FIG. 1, reference numeral 1 is a user, reference numeral 2 is an event venue, and reference numeral 3 is a dedicated site. The user 1 owns the PC 10, manages the event terminal 2 at the event site 2, and manages the dedicated server 30 at the dedicated site 3. It is assumed that the PC 10, the venue terminal 20, and the dedicated server 30 are connected via an IP (Internet Protocol) network.
Here, a stylish and portable EasyDisk (registered trademark) manufactured and sold by our company on a removable media with a non-contact IC tag (hereinafter referred to as RFID [Radio Frequency Identification] tag) used as an electronic ticket. It is assumed that a USB (Universal Serial Bus) memory 40 is used.

  In this business model, first, the user 1 is automatically guided to the dedicated site 3 for members by inserting the USB memory 40 into the USB port of the PC 10 (procedure [1]). The mechanism that leads to the dedicated site 3 will be described later. Here, the user 1 performs a procedure for purchasing a ticket by inputting necessary items including personal information while browsing information transmitted from the dedicated server 30 of the dedicated site 3 (procedure [2]), Pay the ticket purchase price at a convenience store (not shown). After that, a voucher in which the seat number and the like are written is transmitted in addition to the settled information proving that it has been purchased from the dedicated site 3, and the voucher is received via the PC 10 and stored in the USB memory 40 (procedure [ 3]).

On the other hand, the dedicated site 3 accumulates purchaser information and distributes the purchaser information to the event venue 2 which is a concert venue (procedure [4]).
When the user 1 brings the USB memory 40 and goes to the event hall 2 to approach or contact the tag reader connected to the hall terminal 20 installed at the entrance gate (hereinafter, this action is referred to as “holding”). A verification operation is performed at the venue terminal 20, and admission is permitted (procedure [5]). The collation may be performed not by the venue terminal 20 but by a center (not shown) that centrally manages the event venue 2.
In addition, the user 1 continues to be guided to the dedicated site 3 again by inserting the USB memory 40 into the PC 10, where information for fans, concert information provision, browsing of a dedicated bulletin board, premium goods sales, etc. are performed. Communication can be continued (Procedure [6]). In addition to the voucher, premium content can be downloaded from the dedicated site 3.

FIG. 2 is a diagram showing the configuration of the admission management system according to the embodiment of the present invention. Here, the functional block configuration of the PC 10 owned and managed by the user 1 is mainly shown. This configuration can also be applied to a service providing system.
In FIG. 2, the PC 10 includes a media insertion detection unit 11, a site connection guidance unit 12, and a purchase procedure processing unit 13. The media insertion detection unit 11 has a function of activating the site connection guiding unit 12 by detecting that the USB memory 40 has been inserted into the USB port of the PC 10. The site connection guiding unit 12 has a function of connecting the PC 10 to the dedicated server 30 at a predetermined site via the IP network 50 when the USB memory 40 is inserted into the USB port of the PC 10. Here, it is assumed that the site connection guiding unit 12 reads data and programs necessary for the connection from the USB memory 40. The purchase procedure processing unit 13 has a function of performing an electronic ticket purchase procedure with a predetermined site, and after confirming a billing process (for example, a settlement process to a transfer account) associated with the purchase procedure, a dedicated server The voucher transmitted from 30 is received, and the voucher is stored in the voucher storage unit 402 of the USB memory 40. In the USB memory 40, other memory identification information described later is stored in a UID (User Identification, identification information) storage unit 401. Here, it is assumed that the media storage unit 42 (see FIG. 9) of the USB memory 40 is used for the UID storage unit 401 and the voucher storage unit 402.

The voucher is stored in the voucher storage unit 402 of the USB memory 40 and is recorded by associating personal information related to ticket purchase with a memory UID having the same contents as the tag UID recorded in the RFID tag. is there. The USB memory 40 includes a connection unit that connects to the PC 10, and a storage unit that is read into the PC 10 and stores predetermined data (such as a URL) and a program for connecting the PC 10 to the dedicated server 30 via a browser. Shall be provided.
In this business model, the user 1 brings the USB memory 40 and holds it over a tag R / W (Reader / Writer) installed in the event hall 2 to collate with purchaser information distributed from the dedicated server 30. When the collation is obtained, the user 1 is permitted to enter the event venue 2, and when the collation is not obtained, the entry is rejected. The tag R / W may be a tag R (Reader).

In addition, the site connection guiding unit 12 is stored in the rewritable area according to the instruction contents of the application program stored in the non-rewritable area of the USB memory 40 when the USB memory 40 is inserted into the USB port of the PC 10. Connect to a predetermined site by executing the application program. FIG. 9 shows the mechanism.
In FIG. 9, the USB memory 40 includes a control unit 41 and a media storage unit 42. The control unit 41 incorporates a CPU (Central Processing Unit), and performs an operation described later based on a program recorded in a firmware area 410. The media storage unit 42 includes a virtual CD-ROM area 421 that cannot be rewritten and a storage area 422 that can be rewritten.

  In this configuration, the PC 10 automatically executes the application program A transferred from the USB memory 40 based on the AutoRun function of an OS (Operating System). The application program A describes an instruction for opening the application program B stored in the storage area 422 or referring to the setting information stored in the storage area 422, whereby the PC 10 stores in the storage area 422. The stored application program B can be executed or processing based on setting information can be performed. Here, by describing a URL (Universal Resource Locator) in the application program B, the user can be directly guided to a site to be guided or a page to be viewed.

FIG. 3 is a diagram showing an internal configuration of the hall terminal according to the embodiment of the present invention. When the configuration of the hall terminal 20 is functionally divided, it is divided into a purchaser information receiving unit 21, an authentication unit 22, and a seating chart output unit 23.
The purchaser information receiving unit 21 receives purchaser information including the settlement code and the purchaser's personal information transmitted from the dedicated server 30 via the IP network 50 and supplies the purchaser information to the authentication unit 22 and the seating chart output unit 23. To do. The authenticating unit 22 compares the purchaser information received via the purchaser information receiving unit 21 with the tag UID and voucher read from the USB memory 40 via the identification information reading unit 61 of the tag R / W 60, The result of the collation is output as a gate opening / closing control signal for the event venue 2. Here, it is assumed that the voucher is read from the media storage unit 42 (see FIG. 9) of the USB memory 40 via the RFID tag. In addition, you may make it collate tag UID except a voucher. For example, when the USB memory 40 is used as an alternative to a concert ticket, the seating chart output unit 23 prints the seating chart included in the purchaser information by the printer 80.

  6 and 7 are sequence diagrams showing the operation of the admission management system according to the embodiment of the present invention. Hereinafter, the operations of the admission management system and the venue terminal shown in FIGS. 2 and 3 will be described in detail with reference to the sequence diagrams of FIGS. 6 and 7.

In FIG. 6, first, the user inserts the USB memory 40 in which the RFID tag is incorporated into the USB port of the PC 10 (step S61). The media insertion detecting unit 11 detects this and notifies the site connection guiding unit 12. The site connection guiding unit 12 guides the user to the connection to the dedicated site 3 for the member with the notification (Step S62). The mechanism for guiding to the dedicated site 3 is as described above.
Here, the user performs a procedure for purchasing a concert ticket by inputting necessary items including personal information while browsing information transmitted from the dedicated server 30 to the PC 10 (step S63). Then, after the user pays the ticket purchase price at a convenience store (not shown) or the like, in addition to the settled information certifying that the purchase has been made from the dedicated server 30 of the dedicated site 3 to the PC 10, a seating chart or the like A voucher marked with is sent. This voucher becomes an electronic ticket, which is received via the PC 10 and stored in the voucher storage unit 402 of the USB memory 40 (step S64).

On the other hand, the dedicated server 30 accumulates purchaser information such as settled information and seating chart in a built-in DB (Data Base), and the purchaser information is installed in the event venue 2 which is a concert venue. It is distributed to 20 (step S65).
On the other hand, the user brings the USB memory 40 to the event hall 2 and holds the USB memory 40 over the tag R / W 60 connected to the hall terminal 20 installed at the entrance gate (step S66). Purchaser information is distributed in advance from the dedicated server 30 to the venue terminal 20, and the purchaser information received by the authentication unit 22 via the purchaser information reception unit 21 and the voucher previously captured Collation is performed, and a gate opening / closing signal is generated and output according to the collation result. Thereby, admission management for permitting or denying the user to enter the event venue is performed (step P61). In addition, the seating chart output unit 23 outputs the seating chart by the printer 80 (step P62). The collation operation may be performed not by the venue terminal 20 but by a center server (not shown) that manages and manages the event venue 2.

  Subsequently, the user inserts the USB memory 40 into the USB port of the PC 10 (step S67), and is again guided to the dedicated site 3 for members (step S68). Here, distribution of notifications and concert information for fans The dedicated bulletin board is browsed and premium goods are sold (step S69).

FIG. 7 shows a detailed procedure of the entrance management (step P61) shown in FIG. That is, in FIG. 7, when the user 1 holds the USB memory 40 in which the RFID tag is incorporated in the tag R / W 60 installed in the event venue 2 (step P611), the tag R / W 60 is a tag of the RFID tag. The UID is read (step P612). The venue terminal 20 transmits the tag UID and the voucher recorded in association with the tag UID to the center server 90 (step P613).
The center server 90 is a server that supervises the venue terminals 20 distributed in the event venue. The center server 90 receives the distribution from the dedicated server 30 and performs authentication processing by comparing previously purchased purchaser information with the voucher (steps). The result is transmitted to the venue terminal 20 as a gate opening / closing control signal (step P615). As a result, the entrance gate opening / closing control is executed, and the user is permitted or rejected to enter (step P616).

  This authentication process can also be executed at the venue terminal 20. In this case, as indicated by a dotted line in the figure, purchaser information is distributed from the dedicated server 30 to the venue terminal 20 via the center server 90 (step P617), and the purchaser information and the read tag UID and voucher are Authentication processing by verification is performed (step P618).

Here, the electronic ticket creation apparatus according to the embodiment of the present invention will be described with reference to FIGS. 4, 5, and 8.
FIG. 4 shows the configuration of the electronic ticket creation apparatus, and FIG. 5 shows its internal configuration. As shown in FIG. 4, the electronic ticket creation apparatus is configured by connecting a tag R / W 60 to a PC 10 via a USB cable 70. A USB memory 40 in which an RFID tag is incorporated is placed on the tag R / W 60.

  As shown in FIG. 5, the PC 10 includes an identification information receiving unit 15, an R / W control unit 16, and an identification information correspondence recording unit 17. The identification information receiving unit 15 acquires the memory UID stored in the USB memory 40 and supplies it to the R / W control unit 16. The R / W control unit 16 has a function of outputting a separately supplied tag UID together with the memory UID supplied from the identification information receiving unit 15. On the other hand, the tag R / W 60 includes an identification information reading unit 61 and supplies the tag UID read from the RFID tag to the R / W control unit 16 of the PC 10. The identification information correspondence recording unit 17 of the PC 10 records the memory UID and tag UID output from the R / W control unit 16 in association with each other.

FIG. 8 is a sequence diagram showing the operation of the electronic ticket creation device according to the embodiment of the present invention.
As shown in FIG. 8, first, after the USB memory 40 is inserted into the USB port of the PC 10 and the PC 10 is guided to connect to the dedicated site (step S81), the user 1 puts the USB memory 40 into the tag R / W 60. Hold it over. Thereby, in the PC 10, the memory UID saved in the USB memory 40 is acquired by the identification information receiving unit 15 (step P81). Further, the R / W control unit 16 reads the tag UID of the held USB memory (incorporated RFID tag) through the identification information reading unit 61 of the tag R / W 60 (step P82).

Subsequently, in the PC 10, the identification information correspondence recording unit 17 acquires the memory UID and the tag UID from the R / W control unit 16, and records their combination (correspondence) (step P83).
This corresponds to a case where the data recorded in the RFID tag cannot be read. In this case, the tag UID can be substituted by referring to the UID of the USB memory 40.

As described above, the present invention makes it impossible to resell or duplicate a ticket by using a compact and highly portable removable memory such as the USB memory 40 incorporating an RFID tag as an electronic ticket. In the unlikely event that the RFID tag is damaged, it can be recovered, and the need to insert an IC card or enter a code, which was conventionally required when entering the event venue 2, is eliminated. It is intended to improve the reliability and convenience of the entrance management system. Even if this is applied to a service providing system, the same effect can be obtained.
In the above-described embodiment, the USB memory 40 is exemplified as the removable medium. However, a memory stick, a smart media, an SD card, a compact flash (R), a micro drive, a PC card HDD, or the like can be used instead. It is. Similar to the removable media, the same effect can be obtained by replacing the memory with a built-in portable phone or PDA (Personal Digital Assistant). Furthermore, the RFID tag may be replaced with a barcode or a two-dimensional code.

An example of the preferred embodiment of the present invention has been described above, but the present invention is not limited to the above-described embodiment, and can be appropriately changed without departing from the spirit of the present invention. For example, the following embodiments can be considered.
(1) The membership procedure may be performed using the USB memory 40. At this time, first, the PC 10 connects to an enrollment procedure site for performing an enrollment procedure among the sites of the dedicated server 30 and transmits the memory UID of the USB memory 40 to the enrollment procedure site. On the other hand, the dedicated server 30 receives the memory UID and stores it in a predetermined storage unit. Then, data necessary to connect to the site that has joined is transmitted to the PC 10. In response to this, the PC 10 receives the data and stores it in the media storage unit 42 of the USB memory 40. According to this, by inserting the USB memory 40 for which the membership procedure has been completed into the USB port of the PC 10, it is possible to easily connect to the site to which you have joined.
(2) The participant information may be acquired using the USB memory 40. At this time, first, the PC 10 connects to a participation recruitment site for recruiting for free participation, and transmits the memory UID of the USB memory 40 to the participation recruitment site. On the other hand, the server of the participation recruitment site receives the memory UID and stores it in a predetermined storage unit. And the server of a participation recruitment site totals the memory UID memorize | stored in the predetermined | prescribed memory | storage part by the totaling tool program as needed. According to this, it is possible to grasp the number of participants in an event for which participation for free participation has been made. In addition, the server of the participation recruitment site may receive not only the memory UID but also personal information (gender, age, address, occupation, etc.). At this time, personal information is analyzed by an analysis tool program. According to this, the analysis result can be used for market research and the like.
(3) Further, in addition to the information on the participants at the time of recruitment, information on the participants who actually participated may be acquired. At this time, in order to acquire information of the participants who actually participated, first, the venue terminal 20 of the event for which participation has been invited receives the tag UID of the USB memory 40, and the tag UID is stored in a predetermined storage unit. Remember. Then, the venue terminal 20 totals the tag UIDs stored in the predetermined storage unit, and transmits the totaled result to the server of the participation recruitment site. On the other hand, the server of the participation recruitment site receives the result of tabulating the tag UID, and compares and analyzes the received result and the result of tabulating the memory UID previously using the comparative analysis tool program. According to this, it is possible to compare and analyze the information of participants at the time of recruitment and the information of participants who actually participated, and consider the results of improvement of the participation recruitment site and consideration of measures to increase the number of participants, etc. It becomes possible to make use for.

It is a figure which shows the business model which implement | achieves the entrance management method which concerns on embodiment of this invention, and its main body. It is a figure which shows the structure of the entrance management system which concerns on embodiment of this invention. It is a figure which shows the internal structure of the hall terminal which concerns on embodiment of this invention. It is a figure which shows the structure of the electronic ticket production apparatus which concerns on embodiment of this invention. It is a figure which shows the internal structure of the electronic ticket production apparatus which concerns on embodiment of this invention. It is a sequence diagram which shows operation | movement of the entrance management system which concerns on embodiment of this invention. It is a sequence diagram which shows operation | movement of the entrance management system which concerns on embodiment of this invention. It is a sequence diagram which shows operation | movement of the electronic ticket production apparatus which concerns on embodiment of this invention. It is a figure which shows the structure of the site connection guidance which concerns on embodiment of this invention.

Explanation of symbols

1 user 2 event venue 3 dedicated site (predetermined site)
10 PC (user terminal, terminal device)
11 Media Insertion Detection Unit 12 Site Connection Guidance Unit 13 Purchase Procedure Processing Unit 15 Identification Information Reception Unit (Memory Identification Information Acquisition Unit)
16 R / W control unit (identification information input / output unit)
20 Venue terminal (Venue terminal, service provision availability judging device)
21 Purchaser Information Receiving Unit 22 Authentication Unit 23 Seating Chart Output Unit 30 Dedicated Server (Service Application Accepting Device)
40 USB memory (removable media)
50 IP network 60 Tag R / W
70 USB cable 80 Printer 90 Center server 401 UID storage unit 402 Voucher storage unit

Claims (15)

An admission management system for managing admission to a user's venue by using a removable media with a non-contact IC tag as an electronic ticket,
The user terminal is
A site connection guiding unit that detects that the removable media has been inserted into the terminal of the user and connects to a predetermined site via a network;
A purchase procedure processing unit that performs electronic ticket purchase procedures with the predetermined site;
With
The removable media is
A voucher storage unit that receives a voucher transmitted from the predetermined site after the accounting process associated with the purchase procedure is completed and stores the received voucher;
The terminal at the venue is
When the contactless IC tag of the removable media is brought close to the tag reader connected to the terminal of the venue, the voucher stored in the voucher storage unit is compared with the purchaser information distributed from the predetermined site. An admission management system comprising: an authentication unit that performs admission and permits admission to the venue when the collation matches. The site connection guiding unit is
In response to the insertion of the removable media, in accordance with the instruction contents of the application program stored in the non-rewritable area of the removable media, input data indicating the location of the predetermined site stored in the rewritable area, The admission management system according to claim 1, wherein the predetermined site is connected by the input data. The voucher storage unit
The admission management according to claim 1, wherein as the voucher, personal information related to the ticket purchase is stored in association with memory identification information having the same content as the tag identification information recorded in the contactless IC tag. system. An electronic ticket creation device for creating an electronic ticket made of removable media in which a non-contact IC tag is incorporated,
A memory identification information acquisition unit for acquiring memory identification information stored in the removable medium;
An identification information input / output unit that acquires tag identification information stored in the removable medium and outputs the tag identification information together with the acquired memory identification information;
An identification information corresponding recording unit that records the output memory identification information and tag identification information in association with each other;
An electronic ticket creating apparatus comprising: An electronic ticket made of removable media with a non-contact IC tag incorporated therein,
Electronic ticket, wherein purchaser information necessary as an electronic ticket is recorded in association with a storage unit storing memory identification information of the removable medium. An admission management method in an admission management system for managing admission to a user's venue by using a removable media incorporating a non-contact IC tag as an electronic ticket,
The user's terminal detects that the removable media has been inserted into the user's terminal and connects to a predetermined site via a network;
The user terminal performs a procedure for purchasing an electronic ticket with the predetermined site;
The removable media storing a voucher transmitted from the predetermined site after the accounting process associated with the purchase procedure is completed;
When the terminal of the venue is brought close to the tag reader connected to the terminal of the venue, the contactless IC tag of the removable media, the stored voucher and purchaser information distributed from the predetermined site Performing verification and allowing entry to the venue when the verification matches;
The admission management method characterized by including. A step of connecting the user terminal to an admission procedure site for performing an admission procedure among the predetermined sites;
The terminal of the user transmits memory identification information of the removable media to the admission procedure site;
The server of the predetermined site receives the memory identification information and stores it in a predetermined storage unit;
The server of the predetermined site transmits data necessary for connecting to the predetermined site to the user terminal;
The user terminal receiving the data and storing it in a storage unit of the removable media;
The admission management method according to claim 6, further comprising: An admission management method in an admission management system that uses a removable medium in which a non-contact IC tag is incorporated, and manages admission to a user's venue,
The user's terminal connects to a recruitment site for recruitment;
The terminal of the user transmits memory identification information of the removable media to the participation recruitment site;
The server of the participation recruitment site receives the memory identification information and stores it in a predetermined storage unit;
The server of the participation recruitment site totalizes and analyzes the memory identification information stored in the predetermined storage unit;
The admission management method characterized by including. The terminal of the venue of the event for which participation has been invited receives tag identification information of a non-contact IC tag of removable media, and stores the tag identification information in a predetermined storage unit;
The terminal of the venue totals the tag identification information stored in the predetermined storage unit, and transmits the totaled result to the server of the participation recruitment site;
The server of the participation recruitment site receives the result of counting the tag identification information, and compares and analyzes the received result and the result of counting the memory identification information;
The admission management method according to claim 8, further comprising: An electronic ticket creation method in an electronic ticket creation device for creating an electronic ticket made of a removable medium in which a non-contact IC tag is incorporated,
The electronic ticket creation device includes:
Obtaining memory identification information stored in the removable medium;
Obtaining tag identification information stored in the removable media and outputting the tag identification information together with the acquired memory identification information;
Recording the output memory identification information and tag identification information in association with each other;
The electronic ticket creation method characterized by performing this. The electronic ticket creation device includes:
The electronic ticket creation method according to claim 10, further comprising the step of: associating and recording personal information related to ticket purchase with memory identification information stored in the removable medium. A service application accepting device that accepts an application for providing a service specifying an application ID via a network and stores the received service in a database in association with the application ID;
A terminal device that incorporates a browser and connects to the service application accepting device via the network, and applies for provision of the service by transmitting the application ID;
A service provision availability determination device that reads the tag identification ID written in the identification tag and determines whether the service can be provided based on the read tag identification ID;
A portable removable medium used in a service providing system that accepts service applications and determines whether services can be provided.
This portable removable media
A connection unit connected to the terminal device;
A storage unit that is read into the terminal device and stores predetermined data and a program for connecting the terminal device to the service application receiving device via the browser;
A storage unit that is read into the terminal device and stores the application ID transmitted to the service application receiving device when applying for service in an rewritable manner;
An identification tag that is read by the service provision availability determination device and in which a tag identification ID having a predetermined relationship with the application ID is written;
Providing
Portable removable media featuring   The portable removable medium according to claim 12, wherein the tag identification ID and the application ID are the same ID for the predetermined relationship.   Regarding the predetermined relationship, if the tag identification ID and the application ID are not the same, the relationship between the tag identification ID and the application ID is managed on the service providing system side. The portable removable medium according to claim 12.   15. The portable removable medium according to any one of claims 12 to 14, wherein the identification tag is a non-contact IC tag, a barcode, or a two-dimensional code.

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